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1)  Laser thermal fatigue
激光热疲劳
2)  ice-induced fatigue
冰激疲劳
1.
The strength of legs of a jack-up drilling platform serviced in Bohai Sea is evaluated and the ice-induced fatigue damage of the platform leg under different ice parameter was determined.
对渤海某自升式钻井平台桩腿进行了强度校核,计算出不同海冰参数下平台桩腿的冰激疲劳损伤。
2.
The strength of a jack-up platform serviced in Bohai Sea is checked by using the method proposed in this paper,the ice-induced fatigue damage of the platform leg under different ice parameter is calculated.
方法对渤海某自升式平台桩腿进行了强度校核,计算了不同海冰参数下平台桩腿的冰激疲劳损伤。
3.
The detailed process of fine assessment on the time-field of ice-induced fatigue on the offshore platform is presented in order to evaluate the safety reliability of offshore platform in the ice region within the service period.
为了评估冰区平台在服役期内的安全可靠性,给出了平台冰激疲劳时域精细评估的详细流程。
3)  Creep-Fatigue/Thermal-Fatigue
蠕变疲劳/热疲劳
4)  Hot Fatigue
热疲劳
1.
The propagation rules of hot fatigue of H13 used for die casting dies were studiedthrough simulating the work conditions of die casting dies.
依据模拟压铸铝合金模具的工作条件,研究了压铸模具钢H13的热疲劳裂纹的扩展规律。
5)  thermal fatigue
热疲劳
1.
Study of failure mode and failure mechanisms on thermal fatigue of plasma sprayed thermal barrier coatings;
等离子涂层热疲劳失效模式及失效机理研究
2.
Changes of morphology and composition of carbides in H13 steel after thermal fatigue;
H13钢热疲劳后碳化物形态和组分的变化
3.
Effect of heat treatment conditions on the thermal fatigue properties of WC/steel composites;
热处理条件对WC/钢复合材料热疲劳性能的影响
6)  cold-hot fatigue
冷热疲劳
1.
CoCrMoSi coating was deposited on CrZrCu with HVOF,and its cold-hot fatigue and war resistance were studied,analyzed and compared with NiCo plated coating widely applied in metallurgy industry.
采用光学显微镜、SEM及EDS等方法,对涂层的冷热疲劳性能和抗磨损性能进行了分析研究,并与当前冶金行业大量使用的电镀NiCo镀层进行对比。
2.
Co based alloy coating was deposited on the narrow side CrZrCu plate of the slab continuous caster with HVOF and the cold-hot fatigue was compared with Co-Ni plating coating.
结果表明:450℃下进行冷热疲劳试验,Co基合金涂层经过113次后,涂层还保持完好无损,未出现任何缺陷,而电镀镀层只能承受37。
补充资料:疲劳生热试验
分子式:
CAS号:

性质:考察橡胶耐疲劳性能的一种试验。根据疲劳方式的不同可分为压缩疲劳生热、扭转疲劳生热、拉伸疲劳生热等多种形式。疲劳生热试验除要观察试样表面裂口增长情况外,对原试样还应测定其内部生热。橡胶疲劳生热性能是橡胶重要试验项目,尤其对轮胎而言,橡胶的疲劳生热是造成轮胎内部脱层、起鼓直至爆破的重要原因。

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